Sans Superellipse Dulig 7 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, wayfinding, packaging, posters, headlines, tech, futuristic, industrial, retro-future, utilitarian, sci-fi ui, systematic, modernization, branding, signage, rounded corners, squared forms, modular, geometric, stencil-like.
A geometric sans built from rounded-rectangle forms with consistently softened corners and largely monoline strokes. Curves resolve into superelliptical bowls and squared counters, giving letters like O, D, and Q a compact, boxy roundness. Terminals are clean and mostly flat, with minimal contrast and a measured, engineered rhythm; diagonals (K, V, W, X) stay crisp while still echoing the rounded-corner theme. The lowercase follows the same modular logic, with simplified construction and open, squared apertures that maintain a steady texture in text.
Well-suited to interface typography, dashboards, signage, and product/tech branding where a clean, engineered look is desired. It also works effectively for posters, titles, and short blocks of copy where the rounded-square geometry can act as a strong visual motif.
The overall tone is technical and futuristic, with a subtle retro-digital flavor reminiscent of instrument panels, sci‑fi interfaces, and industrial labeling. Its rounded-square geometry feels precise and functional rather than expressive or calligraphic, projecting a controlled, engineered confidence.
The font appears designed to translate a rounded-rectangle grid into a legible, contemporary sans, balancing strict geometry with softened corners for approachability. Its construction prioritizes consistent stroke behavior and modular repeatability to evoke a system-driven, technological aesthetic.
The design’s distinctive identity comes from the consistent corner radii and the square-leaning bowls, which create strong silhouette recognition at display sizes. In longer lines, the uniform stroke and compact, modular shapes produce an even color that can read slightly mechanical, especially where counters become more squared.